Discovery Early Career Researcher Award - Grant ID: DE170100726
Funder
Australian Research Council
Funding Amount
$381,000.00
Summary
Socioeconomic effects of fault attribution after a motor vehicle crash. This project aims to identify claimant and crash risk characteristics that predict elevated socio-economic burden on injured persons, compensation systems and the public health system. 19% of Australians injured in road trauma annually report long-term reductions in social participation and work capacity, and have costly health service needs. Attributions of fault lead to perceived injustice and affect the capacity to cope w ....Socioeconomic effects of fault attribution after a motor vehicle crash. This project aims to identify claimant and crash risk characteristics that predict elevated socio-economic burden on injured persons, compensation systems and the public health system. 19% of Australians injured in road trauma annually report long-term reductions in social participation and work capacity, and have costly health service needs. Attributions of fault lead to perceived injustice and affect the capacity to cope with trauma. This project will evaluate the effect of fault attributions on socioeconomic outcomes. Expected results include approaches for identifying those at greatest risk of poor outcomes who need additional support after a crash.Read moreRead less
Min/Max Autocorrelation Factors in Time Series Studies of the Adverse Health Effects of Ozone. The annual health costs associated with exposure to air pollution in Australia have been estimated at between $3 and 5.3 billion. Given these costs, it is vital to conduct research that ensures public health officials and policy makers stay fully informed of Australia’s air pollution problem. The project proposes to address this need by developing methodology to detect trends in air pollution concentra ....Min/Max Autocorrelation Factors in Time Series Studies of the Adverse Health Effects of Ozone. The annual health costs associated with exposure to air pollution in Australia have been estimated at between $3 and 5.3 billion. Given these costs, it is vital to conduct research that ensures public health officials and policy makers stay fully informed of Australia’s air pollution problem. The project proposes to address this need by developing methodology to detect trends in air pollution concentrations and reduce measurement error in recorded air pollution concentrations. This will enable relevant authorities to produce more accurate estimates of air pollution health costs and implement more appropriate pollution regulations and health warnings.Read moreRead less
Towards a healthier food supply: achieving policy change and industry action. This research aims to identify mechanisms by which to improve the quality of the Australian food supply. The findings will have the potential to inform government and industry policies on healthier foods with the aim of decreasing chronic disease.
Improving management decisions in mental health care through applications of advanced simulation modelling. Evidence to inform management decisions about the best way to structure mental health care services is currently lacking. This project will develop a simulation modelling tool that will allow managers to explore various service configurations in virtual reality, enabling predictions to be made about the cost and quality of care.
Improving methods of grading, transferring and facilitating translation of knowledge in population health. This project will develop methods by which research in population health can be better used by policy makers. It will develop a grading system to assist research consumers to work out the best evidence. Interviews and surveys of policy makers will be conducted to work out how to optimise the way the best evidence can be used in practice.